Biomechanics

Explore the history and biomechanics of egg-bar horseshoes in this advanced review of recent research, including studies from 2023 and 2025. Learn how egg-bars influence caudal support, tendon strain, navicular loading, and coffin-bone movement, with practical insights into fitting, footing, clinical uses, and limitations.

Learn how rolled toe horseshoes influence breakover, hoof rollover, and lower limb mechanics. Explore their design, practical uses, limitations, and differences from rocker toes, with peer-reviewed research explaining what these modifications can and cannot achieve.

Hoof balance describes how the shape and alignment of the hoof work with the internal structures of the foot and lower limb during standing and movement. This evidence-based guide explains static and dynamic balance, center of pressure, mediolateral and toe-to-heel loading, breakover, trimming, footing, and why a balanced hoof cannot be defined by perfect symmetry or one universal formula.

Fibrotic myopathy in horses causes a shortened, hoof-slapping gait. Learn about its causes, signs, diagnosis, treatment, and prognosis.

Growth plates are one of the most important parts of the growing horse's skeleton. They are the reason a foal’s legs lengthen, the reason young horses change shape as they mature, and one of the reasons training decisions must be matched to age, development, and individual condition. Learn everything a horse owner should know about growth plates here.

This article will help you understand what ataxia means, how to recognize it, what causes it, and why early action is critical for both horse welfare and rider safety.

The equine suspensory ligament (SL), also referred to as the interosseous muscle, is a critical component of the horse’s distal limb support apparatus. This advanced article covers the major injuries that can affect it, and their definitions.

A deep dive into the equine hip joint covering osteology, articular structures, ligaments and biomechanics

Learn the biomechanical principles that govern hoof landing, impact forces, and breakover mechanics.